An intensive professional development training course on
Reservoir Engineering Core System-Dynamic
Best Practices of Petroleum Reservoir Engineering
Why Choose Reservoir Engineering Core System-Dynamic Training Course?
Reservoir Engineering Core System-Dynamic Training Course provides a robust foundation for understanding the dynamic behavior of reservoir fluids and the mechanisms that control hydrocarbon recovery throughout the reservoir life cycle. In today’s increasingly complex oil and gas fields, professionals must be equipped with the technical knowledge and analytical tools necessary to evaluate reserves accurately and design strategies that sustain production performance. This training course offers a complete overview of reservoir characterization, fluid behavior, pressure-volume-temperature (PVT) relationships, displacement mechanisms, and advanced recovery methods, enabling participants to make informed engineering decisions rooted in industry best practices.
Through a structured and practical approach, this Reservoir Engineering Core System-Dynamic Training Course guides participants across key engineering principles, including routine and special core analysis, commercial equations of state, material balance calculations, reservoir drive mechanisms, well test interpretation, water flooding design, and enhanced oil recovery (EOR) applications. Each concept is supported by real field examples, case-based exercises, and technical demonstrations to ensure high knowledge retention and application.
This training course is particularly valuable for professionals looking to enhance reservoir evaluation accuracy, optimize recovery processes, and gain deeper insight into the dynamic processes influencing reservoir performance. By bridging theoretical fundamentals with practical application, the Reservoir Engineering Core System-Dynamic Course equips participants to contribute confidently to reservoir management decisions and long-term asset development strategies.
What are the Goals?
Participants will develop a comprehensive set of technical capabilities essential for reservoir assessment, performance prediction, and recovery optimization. Upon completing the Reservoir Engineering Core System-Dynamic Training Course, participants will be able to:
- Apply volumetric and material balance equations to estimate hydrocarbon reserves
- Interpret oil and gas flow equations under different flow conditions
- Evaluate drawdown and buildup well testing methodologies
- Calculate water breakthrough timing and saturation profiles in water flooding
- Distinguish between major Enhanced Oil Recovery (EOR) categories and their applications
- Analyze RCAL and SCAL core data for reservoir rock characterization
- Use EOS modeling principles to assess fluid properties and reservoir performance
- Apply reservoir engineering techniques to improve field development planning
Who is this Training Course for?
Reservoir Engineering Core System-Dynamic Training Course is ideal for professionals seeking a deeper understanding of reservoir engineering workflows and recovery optimization methods. It is especially valuable for:
- Petroleum and Production Engineers
- Processing and Facilities Engineers
- Geologists and Petrophysicists
- Early-career engineers expanding their reservoir knowledge
- Professionals involved in water flooding and EOR implementation
- Technical staff supporting reservoir management teams
- Individuals seeking insight into advanced reservoir evaluation techniques
How will this Training Course be Presented?
Reservoir Engineering Core System-Dynamic Training Course is delivered through a highly engaging and interactive learning environment designed for maximum technical comprehension. Instructor-led presentations introduce core concepts, which are reinforced through guided exercises, analytical problem-solving, and field-based case discussions. Participants gain practical exposure to real reservoir data, simulation examples, and diagnostic workflows, ensuring that the learning experience remains relevant and applicable.
Collaborative discussions, group assignments, and visual demonstrations enhance the understanding of reservoir processes, fluid behavior, and recovery methods. Each learning activity is structured to build technical confidence, support practical application, and strengthen participants’ analytical capabilities when evaluating real reservoir systems.
The Course Content
- Definitions of petroleum engineering and reservoir engineering
- Responsibilities and required tasks of reservoir engineers
- Different types of rocks, rock cyclic, and depositional environments
- Types of oil traps: structural, stratigraphic, and combination
- Global distribution of oil and gas reserves and top producing countries
- Routine and Special Core Analysis (RCAL & SCAL) for rock properties
- Reservoir fluid properties and their variation with pressure
- Phase diagram concept and its important applications
- Five different reservoir fluids, Lab and field identification
- Applications of ideal and real gas Equation of State (EOS)
- Three phases of oil recovery: primary, secondary, and enhanced
- Six different primary reservoir drive mechanisms
- Definition, classification, and calculation of reserve
- Application of Material Balance Equation (MBE) Technique
- Volumetric reservoirs and Havlena and Odeh Technique
- Types and purposes of well tests
- Single well and multi-well testing methods
- Geological information from well testing
- Concepts and global distribution of gas reserve
- Conventional and unconventional natural gas sources
- Gas hydrates as a n important future energy source
- Secondary recovery and problems of water flooding
- Frontal displacement (fractional flow) theory and calculation example
- Design procedure and an example of how to design a reservoir simulation study
- Enhanced Oil Recovery (EOR ) Methods and need to apply
- Chemical EOR: polymer, alkaline/surfactant/polymer (ASP)
- Solvent EOR: Carbon Dioxide, and hydrocarbon gas injections
- Thermal EOR process and heavy oil reserves
- Steam Assisted Gravity Drainage (SAGD) EOR Process
- Microbial, Enzyme, and Low Salinity Water (LSW) EOR processes
Certificate and Accreditation
- AZTech Certificate of Completion for delegates who attend and complete the course.
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